Move the design into hardware
Use physical components to evaluate equipment fit, access and assembly before the next design revision.
MEDICAL DEVICE & LABORATORY COMPONENTS
Custom Parts for
Medical & Lab Equipment
Bring device and laboratory hardware into the next development build. Source custom housings, mounts, mechanism parts and fixtures with machining, sheet metal and inspection planned around the component.
From your CAD Custom component manufactureAcross processes Machining, sheet metal & finishing
WHY PROLEANMFG
Support the equipment
behind the application.
Bring the enclosure, internal mechanism and supporting fixture into a clear component manufacturing plan.
Connect device interfaces
Review housings, mounts, guides and fasteners with the parts they locate or protect.
Include the evidence you need
Bring material, surface, cleaning and inspection requirements into the quotation alongside geometry.
APPLICATIONS & COMPONENTS
Device components.
Laboratory hardware.
Custom parts for equipment development, assemblies and customer-defined fixtures.
Housings & equipment mounts
Enclosures, sensor brackets, covers, panels and mounting interfaces.
HOW IT SUPPORTS THE ASSEMBLY
Access, fastening and surface condition connect the component to the equipment layout.
Mechanism & instrument parts
Drawing-defined handles, adapters, guides and internal mechanism components.
HOW IT SUPPORTS THE ASSEMBLY
Mating geometry and contact conditions guide the material and manufacturing review.
Laboratory & inspection fixtures
Locating plates, assembly aids and customer-designed test fixtures.
HOW IT SUPPORTS THE ASSEMBLY
Locating features, service conditions and cleaning needs support the intended setup.
MANUFACTURING SUPPORT
The process behind
the component.
Connect geometry, material and finish to the route that makes the part.
CNC machining
Manufacture metal and plastic housings, adapters, guides and mechanism parts with defined interfaces.
Explore CNC machining ↗Sheet metal fabrication
Build equipment panels, brackets and enclosures with formed features and fastening hardware.
Explore sheet metal fabrication ↗Rapid prototyping
Create parts for form, fit or a defined functional evaluation during device development.
Explore rapid prototyping ↗FROM DESIGN TO BUILD
From equipment layout
to component detail.
Use the part’s role in the device or laboratory setup to focus the manufacturing plan.
- 01
Equipment interfaces
Connect mounting faces, fastening and access to the surrounding assembly.
Fit and assembly
- 02
Material & surface
Bring the grade, exposure, surface and cleaning requirements into the part definition.
Component specification
- 03
Component acceptance
Identify critical dimensions, sample approval and requested inspection records.
Evidence for your review
MATERIALS & FINISHES
Match the material
to the component’s job.
Explore the starting points below, then select the exact grade and condition for your design.
| Material family | Component examples | Selection considerations |
|---|---|---|
| Stainless steel | Drawing-defined mechanism parts, housings and fixtures. | Grade, surface condition and cleaning requirements. |
| Aluminum alloys | Equipment housings, panels and mounting parts. | Component mass, finish and service environment. |
| Engineering plastics | Covers, guides, spacers and fixture components. | Exact grade, exposure and dimensional stability. |
| Titanium & specialty materials | Components with specifically defined material needs. | Specification, supply condition and application requirements. |
Bring the finish
into the part design.
Specify the surface and cleaning condition needed for the actual component. Include any special-process, contact or application qualification requirements for review.
Explore surface finishing ↗
QUALITY & INSPECTION
Give critical features
the attention they need.
Connect dimensional inspection to the component’s mating features and the customer’s acceptance criteria. Include requested material records, surface checks and sample approval requirements with the inquiry.
- Drawing-based dimensional inspection
- Material and finish requirements in the component review
- Project-specific reporting agreed with your order
Your questions.
Practical answers.
Can you make equipment housings and laboratory fixtures?
Share the drawing, material, quantity and assembly information. Include the component’s intended use, service conditions and critical dimensions.
Can I request specific material or inspection documents?
Yes. Identify the exact documents and scope at inquiry so availability and the supported deliverables can be reviewed before ordering.
Does a listed material establish medical suitability?
Suitability depends on the exact grade, intended use and required evidence. Biocompatibility, sterilization and other application qualifications need their own supported specification and review.
How are certification or validation requirements handled?
Provide the precise requirements and documents needed with the inquiry. Confirm the applicable supplier and process evidence against your project requirements before placing the order.
YOUR NEXT BUILD STARTS HERE
Build the components
for your next device.
Send the equipment part or fixture files for a manufacturing review and quotation. Include the material and acceptance requirements relevant to its use.